I can also report some success with Fusion 360. I have produced some GCODE
for milling quite easily, creating the CAD model directly in Fusion 360.
I have also done some turning work, starting with the Siemens turning Post
and modifying it for LCNC. So far I have found it easy to modify. The G33
The Servopack number is SGDB-03VDY1 like I mentioned below
The motors are AC servos - USAGED-30V22 and USAGED-05V22K
The machine is a CNC glass cutter that has a horde of pneumatic and
hydraulic functions. The model is an Intermac Fox 3700
I would attempot to just replace the pc and control
2015-09-29 19:49 GMT+03:00 Marius Liebenberg :
> The Servopack number is SGDB-03VDY1 like I mentioned below
> The motors are AC servos - USAGED-30V22 and USAGED-05V22K
>
> The machine is a CNC glass cutter that has a horde of pneumatic and
> hydraulic functions. The model
Yaskawa has been making motors and drives for a long time, and have made a lot
of different kinds, using all manor of controls. Your going to have to give us
more information for us to give you a recommendation.
But on the surface I would have to suggest, if there isn't anything wrong with
>I replaced some 15-20 year old Yaskawa motor/drives this year. We
>needed to get longer cables but they had used some special connectors
>that were obsolete.
>The price for the replacement cables (they were not sure they could
>even
>get the connectors from Japan if we ordered new cable sets)
Thinking a bit more, I see no reason that any drag knife software couldn't
be used. If you use rectangular based cuts only, and you handle dong
breaks manually, it should be easily doable.
Cutting rounded or serpentine cuts are had due to the breaking methods that
need to be used. Machines that
I purchased some very cheap stepper drives based on the TB6660 Toshiba
chip a little while ago for a very much "budget driven" controller build
using LinuxCNC for a Sherline Mill and Lathe.
They are all over Ebay and the part number of the side is HY-DIV268N-5A
I think I paid $17 each for
On 30 September 2015 at 00:33, Dave Cole wrote:
>
> I purchased some very cheap stepper drives based on the TB6660 Toshiba
> chip a little while ago for a very much "budget driven" controller build
> using LinuxCNC for a Sherline Mill and Lathe.
Talking of which, from
Years ago I worked for DeMichele Systems in College Station, TX. They are
now DeMichele Systems in Mesa AZ.
Their specialty was optimized cutting for the Flat Glass industry. Back
'in the day' it was Fortran programs that ran on Cromemco Z80 systems, but
that is ancient history.
Their software
On 09/29/2015 10:55 AM, Marius Liebenberg wrote:
> Hi All
> I have been asked to upgrade a machine that has a very old
> control system still running on DOS. It is fitted with
> Yaskawa SGDB-03VDY1 drives. I cannot seem to find
> reference to that extract number. There are two 2.9Kw
> motors
You guys don't miss much.
I grabbed a few of those today.. They had 4 of the larger Nema 23
combos in stock when I found them. Someone is dumping some stock.
Here is the manufacturer of the MB450A drive.
http://sumtorelec.com/product.asp?plt=38=3=0=0=0
It make a lot more sense if you run
On 09/29/2015 11:49 AM, Marius Liebenberg wrote:
> The Servopack number is SGDB-03VDY1 like I mentioned below
> The motors are AC servos - USAGED-30V22 and USAGED-05V22K
>
>
Oh, the USA motors may well have industry-standard
commutation signals, not the proprietary form I mentioned
before.
Jon
Greetings;
I have a motor that at one time drove a small paper shredder, but the
knives wore out wal too soon so I salaged the motor & gear train &
binned the rest.
Its a series wound motor, and I have it broken out to 4 wires now, so its
reversible with a dpdt relay driving either the field
On 09/29/2015 07:04 PM, andy pugh wrote:
> On 30 September 2015 at 00:33, Dave Cole wrote:
>> I purchased some very cheap stepper drives based on the TB6660 Toshiba
>> chip a little while ago for a very much "budget driven" controller build
>> using LinuxCNC for a
It looks like a pulse and dir setup from what I see on page 544. There
is mention of speed and torque reference but it does not make sense.
-- Original Message --
From: "andy pugh"
To: "Marius Liebenberg" ; "Enhanced Machine
Controller (EMC)"
Nothing special that I saw. It is a rotary knife type machine with a
driven C axis for the knife rotation. I will attempt to use the old CAM
software. It does generate some G code that I might have to convert
somehow.
The trick come in the pressure and cutting speed and the angle of the
On 29 September 2015 at 17:49, Marius Liebenberg wrote:
> The Servopack number is SGDB-03VDY1 like I mentioned below
According to
http://www1.yaskawa.com/site/dmservo.nsf/link2/MNEN-5CLKHC/$file/TSE-S800-16E.pdf
That would be a 300W servo drive. As you have probably
Hi All
I have been asked to upgrade a machine that has a very old control
system still running on DOS. It is fitted with Yaskawa SGDB-03VDY1
drives. I cannot seem to find reference to that extract number. There
are two 2.9Kw motors and one 0.45Kw. They all have incremental encoders.
From the
Remember that CAM for glass cutting is very special and I don't know of any
CAM packages that can handle glass.
It's gonna bite you're a$$. ;-)
Cheers,
-Original Message-
From: Marius Liebenberg [mailto:mar...@mastercut.co.za]
Sent: 29 September 2015 18:49
To: Todd Zuercher; Enhanced
Have you tried contacting Intermac to see if they could get you some
schematics? I think your going to want them. Unfortunately I think I've heard
they aren't the easiest company to work with so you might be out of luck, but
it doesn't hurt to try.
And from the pictures google brings up of
Ted
The machine is 15 years old. DOS for sure. The screens look like the old
pascal interface for cga screens. The new machines still have the same
model number but it is not the same. The local agent does not have
access to the manual as the supplier refuses to give it. They want the
customer
I replaced some 15-20 year old Yaskawa motor/drives this year. We
needed to get longer cables but they had used some special connectors
that were obsolete.
The price for the replacement cables (they were not sure they could even
get the connectors from Japan if we ordered new cable sets) was
> ... And chances are that if you do the conversion, they will call
> you when a drive goes down in the future.
>
> Dave
Could rotate the motor with a drill or similar and measure the voltages with an
oscilloscope?
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